Electrical Circuit Design for a Medical Device

We are developing a biosensor for various chronic diseases. Currently, we are looking for a team of students who can get involved in a smaller part of the project where we need to develop the mechanical assembly along with the required electronics and software. The goal of this project is to improve upon a currently existing and operational (but not optimized) electrical system within a hardware product and assist in the assembly and testing of a new electronic hardware product. The product is a smart injector with sensors and a microprocessor for drug delivery. We hope the student will learn more about electronics design, testing protocols, and quality assurance. The improvements will be evaluated by a number of factors including safety of the design, regulatory compliance, cost reduction, simplification (reduction in component numbers or size), and quality of components/suppliers chosen.

AI-Powered Activity Recognition with CUDA

Gold Sentinel is focused on enhancing its capabilities in activity recognition by leveraging AI models developed using CUDA. The goal of this project is to create efficient and accurate AI models that can recognize and categorize various activities from a given dataset. This project will allow learners to apply their knowledge of AI, machine learning, and CUDA programming to solve real-world problems. The team will work on optimizing model performance and ensuring that the models can run efficiently on GPU hardware. This project will provide valuable insights into the integration of AI and CUDA for high-performance computing applications. - Develop AI models for activity recognition using CUDA. - Optimize model performance for GPU execution. - Test and validate models using a provided dataset. - Document the development process and results.